2 years ago

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Na2WO4��2H2O (0.14g), ZnCl2 (0.13g), H2O (ten.0 mL), and poly(ethylene glycol) (0.12g) had been mixed. When the vessel was protected by a sealing cap, it was then transferred in to the microwave cavity, as well as the temperature was elevated read more...



2 years ago

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15-0774). The results indicated the intensity of the diffraction peaks strengthens using the enhance of reaction time, primarily during the (010), (a hundred), (011), (110), (111), and (021) crystal planes of ZnWO4. Compact intensity (010) peak is read more...



2 years ago

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As an important photocatalyst, ZnWO4 continues to be applied for photocatalytic hydrogen production from water and mineralization JNK pathway inhibitor of organic pol read more...



2 years ago

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Na2WO4��2H2O (0.14g), ZnCl2 (0.13g), H2O (10.0 mL), and poly(ethylene glycol) (0.12g) were mixed. Once the vessel was protected by a sealing cap, it was then transferred to the microwave cavity, and the temperature was improved rapidly to 180 read more...



2 years ago

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15-0774). The results indicated that the intensity with the diffraction peaks strengthens together with the maximize of response time, especially from the (010), (one hundred), (011), (110), (111), and (021) crystal planes of ZnWO4. Smaller intens read more...



2 years ago

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As a significant photocatalyst, ZnWO4 has been utilized for photocatalytic hydrogen production from water and mineralization selleck chem inhibitor of natural polluta read more...